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We've been nominated for AUSTRALIA's BEST BLOG!! How exciting! Well done to the class for your contributions and good luck!!

this term in maths and science we started to learn reproducing and how the body works in maths we learnt how to multiply, divide, add and subtract fractions and percentages

This term in Numeracy has been so good it is better than any of the previous terms in my schooling life. The highlights have been the heart dissection, and the unit on cardiovascular and respiratory organs. I have learnt so much that there were no bad parts at all. This is a photo from what I think was the best I have EVER DONE:

The dissections have given science a whole new aspect, and maths is now fun and challenging.

Custom Glitter Text This term I have learnt how to add, subtract, divide, and multiply fractions in maths. I have also learnt how to convert fractions to decimals and persentages. I have learnt how the digestive system works in science too.

This term we learn't alot of interesting and cool things in both maths and science, heres a bit of a recap.

Maths: We learn't how to multiply, divide, subtract and add decimals and fractions. We learn't how to convert percentages, decimals and fractions and we learn't about mixed numbers, common fractions, equivlent fractions, LCM and HCF and many more things.

Science: We had so many pracs; we did a sheep's pluck, a heart dissection, a flower dissection. We also had some mini pracs like; how to turn on, turn off and use a bunsen burner, the burning of the food, starch content, sugar content. protein and fat content. Not only did we just do pracs we also did theory and we learn't about the respiratory, digestive, urinary and reproductive systems. It was such a busy term and I can't wait till term 2.

Here a few pictures of our pracs from previous posts:

Flower Dissection

I learned heaps while doing the dissection! I found it very interesting too... I found out how flowers produce more flowers! Its like when some pollen from another flower's male piece (known as stamen) rubs off onto another flower's female piece, its sticks to the female piece (Known as style) and goes down through the style and down to the ovary. The seeds that are found in the ovary are known as ovule! As shown in this picture to the right:

I never knew how such pretty flowers produced so many other flowers until we dissected a flower. I think it just goes to show that nature is the thing that makes the planet....The beautiful alive planet!

Thats all from me now

SN

Under my own decision, and not being forced by jp7numeracy at gun point... gulp... I now present to you:

WHAT I LEARNT THIS TERM*

Well, let's start with Maths, could I actually liked it more then Science. And I'm going to guess that some of you just booed me. Thanks, like my self esteem is low enough already.

Basically, we learnt all the basics of Multiplying, Dividing, Subtracting, Adding, and Converting Fractions, Percentages, and Decimals. Now, instead of taking 40 minutes to write how to do all this, there are plenty of videos on this blog already. So I'll just leave you with this picture:

Okay, now I'll tell you about Science. If you're still at this post of course. We learnt about the Circulatory System, the Excreatory System, the Digestive System and Asexual Reproduction. Again, there's already an explanation on this blog, and I'll just leave you this picture:

I know this was a short post, but, well, I'm a kid. I want to enjoy my holidays. Well, I suppose I'll blog more later. See ya next time!

-KCR

*NOTE: May not of actually learn anything

What I learnt this term

This term I learnt about plant reproduction. This has to be one of the most interesting subjects because I think it's interesting how there's only one girls part, and multiple boy parts. I liked this segment because it has been different to what I have done in the past. I hope that there are many more interesting segments this year!

This term we learnt many things to many to say. But some things that we learnt about were the circulatory system including the heart and lungs (during this we did a heart dissection). respiratory system and even number systems, talking about patterns and sequences like the Fibonacci sequence. we even started talking

about a-sexual reproduction which is very interesting talking about flowers.

The heart below was cut expertly by the budding doctor YK

Today we did a flower dissection. The flowers we use were a pink liliy with a wonderful scent that attrect bees and insects.

Today first of all we got all our equiptment for the dissection.

Next we pulled of all the petals and the anthers off because they were of no use to us in this dssection

Then we cut down the middle of the stigma, after we cut down the stigma we could see that the stigma was a tube going down to the ovary where you could see the tiny little eggs that it producted.

Today in science class we dissected a lily flower. It was really interesting to see what a flower contains on the inside considering that it looks very straight ford from the front. We looked at the male parts of it (stamen) and the female parts (stigma) and how they reproduce asexually. This was a really fun prac and I hope we do some more of this sort of thing soon.

Hi everyone. At the moment we are studying Asexual reproduction (i.e. a flower) Today in Science we dissected a flower to find out how the flower reproduced. I worked in a pair with NG. We got a lily and took the petals off, and we used a scalpel to cut the stem of the flower all the way down the middle. I didn't even need to read Dissection for Dummies!



It was that easy. We then opened up the stem and we saw a tube that must obviously bring the pollen to fertilize in the bottom of the stem. We could see the seeds that would've been growing if we hadn't dissected it. They were the tiniest things. Unfortunately I don't have any photos to show this time; but I have the amazing power of a DIAGRAM!!!!

That is enough from me. Bye, for now.

~BF

Custom Glitter Text It was sick and totally cool!!!!! And we got the pink one. Hehehe. You think that flower are boring but they aren't.They are interesting although it looks dull on the inside. but if you concentrate you can find some pretty cool things in it like the eggs and the tube that the polen goes down. So in the end it was fun watching and learning.

Today in Science we performed a Flower dissection. It was interesting to see what a flower looked like inside. We learnt all the major components in a flower, and their purpose in reproduction and pollination. We also learnt how to identify the different anatomical components of a flower, which was very useful in understanding those components and their purposes. We removed the petals and anthers, and made an incision which ran from the stigma, through the style and ovary, and into the base of the stem. This showed the contents of the inside of the flower, and helped clarify the process which takes place in pollination. After the incision was made, the flower looked a bit like a cross-section diagram!

This is a photo of the dissected stigma and style, with the incision expertly made by MVW.

This activity and the previous few lessons have really helped us understand the process of pollination, its purpose, and the components used in it. They have also shown the correlation between the anatomy of flowers and plant reproduction. It is interesting to see how plants have adapted to the environment to ensure reproduction.

This video summarises the process of pollination.

Flower Dissection

In class today, we learned how to dissect a flower. We did this by recognising all of the different parts, and then, using a scalpel, cutting down the stigma, seeing all of the eggs.

Left: A lilies Style and Anther
Today during science we had a flower dissection, this was an enjoyable activity as many of us were having fun! We made and incision through the style and stigma as you can see left, when doing this we found that a style has a visible tube through the middle. many of us did not know this and it was fun to learn.

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Today during class we completed a flower dissection. The class really enjoyed having an upclose look at the reproductive features of flowers.

We have been studying how to convert decimals, fractions and percentages in class lately and this is a chart to show/help us with that.

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Today in Science class we looked at the important parts of a flower.
He is a worksheet we completed:

Well, this is my first post ever, so I suppose I should start with AWESOME GLITTER TEXT!!!



Now how's THAT for a title! Yeah! ...

Anyway, back to the topic at hand. Asexual reproduction is where a living organisim reproduces by itself. But what is sexual reproduction? Well, I'd tell you, but I'd probably not be able to ever post again, so... you know...
GOOGLE IT!

Now, under normal circumstances, Animals 'can't' reproduce asexually, however, thanks to the amazing thing known as the KINGDOM OF LIFE, we don't need to worry about that anymore.

Plants (most of the time) Bacterium (excluding E. Coli and a few others) and Fungi ( all reproduce asexually. Their are (in real life) very few animals that reproduce asexually, but their are bound to be some, so let's dive right in... Take that however you want...

The Earthworm (Lumbricus terrestris), although SUPPOSED to reproduce sexually (I really don't know how), can actually produce asexually. In very specific circumstances. You see, and earthworm doesn't really have a brain, or a heart, or anything that resembles a normal creature. So when it's cut in two, if there's enough energy to keep both ends alive, it will grow into two sepertate worms. Isn't that awesome! The seastar (Asteroidia) also has a simillar process, where if one of it's arms is cut off, the arm can grow into another seastar.

Finally, I want to talk about an interesting animal called an Aphid (Aphioidea), which not only can produce both sexually and asexually, but... well, to understand it, you just need to watch this: Yeah, it got a little off the topic, but it was the most reliable video I could find. Now, I think I'm going to end my post here, because my hands are hurting and, well, I've already condensed a weeks worth of SCIENCE LESSONS into one post, so... HAPPY BLOGGING!

Today we converted fraction decimals and percentages in our math books. first we ruled up a table with 3 colums and 5 rows( you can put as many rows as you want).Then jp7numeracy put one number in each row and then we had to convert those numbers to the emty boxs. The end product should look like this:

Fractions	Decimals	Percentages
2/100	0.02	2%
¾	0.75	75%
2/3	0.66	66%
125/1000	0.125	12 ½ %

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Currently we are learning about asexual reproduction. As a general rule, animals cannot reproduce asexually. However, there are exceptions. Amoebas and other single-celled organisms reproduce asexually, being too small to have gender. Certain larger animals may reproduce asexually through either: parthenogenesis under certain circumstances (that is, reproduction via self-cloning), gynogenesis (via the catalyst of a male nearby which does not actually fertilize the eggs). Here is a video of bacteria reproducing asexually.

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Today in maths we learnt all about decimals, percentages and fractions. We learnt how to convert decimals to fractions and percentages and vice verse. It was a heap of fun and everyone was asking lots of questions which helped me a lot.

Last Friday, we learn't how to multiply decimals, I found it fun and easy. Here is a video I found, to explain what we learn't about:

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We have commenced a unit looking at reproduction. Our conversation commenced discussing asexual reproduction and moved to grafting fruit trees.
We viewed this clip which the class found very interesting.

Sample Science Test Question

Today we completed a Science Test based on the Digestive System and Nutrition.

Here is a question sample from the test:

Finding Energy in Food

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Hi guys! This week in Science we have been burning food. You may be wondering, why would be burning food? The answer is this: We are finding the energy in food. It was a pretty fun prac. I, BF, was in a group with RA, SN, and RB. We all took turns at burning the food. Here are the results:

Food	How easily did the food catch fire?	How big/intense a flame did it burn with?	How long did it burn for?
Tiny Teddies	5 seconds	Approx. 1cm	Approx. 1:02 min
Chips	4 seconds	Approx. 15 cm	Approx. 1:32 min
Pasta	6 seconds	Approx. 1 cm.	Approx. 32.3 sec.

I thought the chips had the most fat because:

• It caught alight quickly
• The flame was huge
• It was alight for more than 1 minute
• And fat was dripping off in droves.

It was a fun science class, but not for the food...

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Today we looked at adding and subtracting decimal fractions. Check out this link to assist:

Adding and Subtracting decimal fractions

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Today we looked at testing for Fat, Starch, Protein and Sugar in food. We did this by using a range of chemical tests.
To test for starch for example, we added two drops of iodine to a range of food samples. A blue/black reaction suggests starch is present.

CHEMICALS!!!!!!!!!!

Today we tested food samples if they contained starch, sugar, protein and fat. We added chemicals such as Bluret Solution A and B and Benedict's solution to the food. We could tell what it contained by the colour of the food. For example, to find starch in food, you had to add iodine to the food and it would turn bluish-black if it had starch in it.

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Today in class we looked at the Urinary System. What did you learn?

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MICROSCOPE BLOOD SAMPLES!

The other day I got to look through a microscope at blood samples. I tried 4 different samples; Sickle Cell, Smear, Kambio and Sperm. These were amazing to look at... but sperm was by far the best! Looking through the microscope made it look like purple and pink bunched up jelly beans!
I had so much fun, and microscopes are AMAZING!

Lowest Common Multiple & Highest Common Factor

Today we looked at the Lowest Common Multiple and Highest Common Factor

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